For large medical devices, battery power is mainly used as a backup in case of mains failure. For handheld and wearable devices however, they are the primary power supply. Any downtime could threaten the well-being of the patient, which makes the efficacy of the batteries just as vital as the monitors or sensors they might be powering.
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Measurement is a fundamental requirement of scientific and engineering disciplines. Without precise measurements as a basis, all future work is doomed to inaccuracy or ineffectuality. As such, it’s vital that test and instrumentation equipment can be relied on to provide consistent, accurate measurements. Here, we explore the role batteries play in achieving reliable instrumentation — and the challenges design engineers should consider.
Closed circuit television (CCTV) has been a feature of our world for almost a century now. First conceived in 1927 by gifted Russian inventor Léon Theremin, it is estimated there are over six million cameras in the UK alone — one for every eleven citizens. The need for video surveillance for safety and security is clear, but what are you supposed to do when mains power is unavailable?
The global home security systems market size is expected to reach $78.9 billion by 2025, with smart security systems becoming increasingly prevalent in people’s homes to protect against intruders, monitor entrances and detect floods. With sensors now dotted around the home, the power requirements of smart security devices have changed from traditional alarm systems.
In 2017, US research institute SRI International unveiled its Taurus robot, a bomb disposal robot that allowed operators to control it using a virtual reality headset. This is just the latest in a long line of technology developments for bomb disposal units.
With greater investment from healthcare organisations and surgical robot technology about to become generic, the conditions are perfect for a boom in the surgical robotics market. But how can design engineers and technical medical staff ensure these new systems operate reliably and safely? As a surgical robot battery manufacturer Accutronics, has a solution.
Battery specialist Accutronics has upgraded its Staffordshire test facility with a new range of specialist battery testing equipment. The new Maccor model 4200 multifunction desktop cabinet and separate floor-standing temperature chamber rigorously tests batteries for applications ranging from portable instrumentation and medical devices to robotics and defence.
Accutronics will be representing the best of British medical component manufacturing at this year’s MD&M West, which is taking place at the Anaheim Convention Centre in California from February 9 – 11. Accutronics will be exhibiting its extensive range of reliable medical batteries and chargers in hall E at booth 470.
We've all seen Russian nesting dolls, each perfectly decorated doll giving way to a smaller one inside. Every one of those little dolls is hand turned, carefully decorated and finished with a fine gloss. Medical device design operates on a similar concept, layering smaller components together to form one machine, each component tailored to the needs of the original equipment manufacturer (OEM). Design verification and validation are akin to the finishing gloss, and aren't reserved for the largest doll - or completed product; each component gets the same gloss. Here, we explain the layers of verification and validation.
Professional battery manufacturer Accutronics has identified several key trends that are emerging in the MedTech sector, from rising energy densities to new innovations such as wireless charging. It is important to not only identify these trends but to predict those that could see the most market growth in the next twelve months. Plus, see where we at Accutronics can help you to take advantage of these trends.
